Satellite 2026 in Washington, D.C., March 23-26

At Booth #2050, our team will be discussing how precision photodetector solutions support the demanding requirements of modern space and satellite systems, including reliability, signal integrity, and performance in challenging environments. From high-speed optical communications to sensing and tracking applications, GPD continues to deliver photodiode solutions engineered for mission-critical performance.

Whether you are developing advanced satellite payloads, improving optical communication links, or designing next-generation sensing platforms, our engineers can help you identify the right detector configuration for your system.

Featured Capabilities at Satellite 2026

• High-performance InGaAs and Germanium photodiodes
• High-speed optical receivers for communications applications
• Custom packaging and fiber-coupled solutions
• Ruggedized designs for aerospace and space environments
• Engineering collaboration for specialized optical requirements

Key Topics from the Show Floor
Satellite communications continue to evolve rapidly, with increased demand for higher bandwidth, improved signal integrity, and reliable optical components capable of operating in harsh environments. At Satellite 2026, key conversations will focus on:

• Optical technologies enabling next-generation satellite networks
• High-speed data transmission and photonic integration
• Rugged sensing solutions for space and aerospace applications
• Improving system reliability through precision optical design

Meet the GPD Team
Stop by Booth #2050 to speak directly with our engineering and applications team about your specific design challenges. We’ll be available throughout the event to discuss product configurations, performance requirements, and custom development opportunities.

Let’s Connect at Satellite 2026
Planning to attend? Schedule time below with our team or stop by the booth to learn how GPD Optoelectronics supports satellite, aerospace, and advanced optical sensing programs worldwide.